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An order is stuck, a customer is waiting, and your support rep is three OMS screens deep trying to work out why. Multiply that by every "where’s my order" ticket and every exception your ops team chases by hand, and the cost adds up: slow answers, frustrated customers, and hours lost to clicking around.
AI agents could shortcut all of it, if they could see what’s actually happening. On their own, they can’t. Without live access to order, inventory, and fulfillment data, an agent guesses, and a confident wrong answer is worse than no answer.
The fix isn’t giving an agent free rein over your systems. It’s giving it a narrow, governed window into the data it needs, and nothing more.
That’s what the HotWax Commerce MCP Server does. It connects AI agents to live data in your omnichannel order management system (OMS) through a controlled set of tools you define, so teams get precise answers while you keep control of permissions, data access, and sensitive actions.
The Model Context Protocol (MCP) is an open standard for connecting AI agents to business systems. The HotWax Commerce MCP Server applies it to retail order management, exposing the order, inventory, and fulfillment capabilities you approve to your agents and assistants.
Because MCP is a standard, one connection serves custom agents and assistants built on platforms such as ChatGPT, Claude, Gemini, and Perplexity, where MCP access is available directly or through an application. You are not rebuilding an integration for every AI tool your teams adopt.
Here is the difference in practice. Instead of a generic reply, a connected agent works from what is true in the OMS right now.
A support rep asks, “Why is this order delayed?” The agent returns its current status, the fulfillment location handling it, shipment progress, and any exception blocking it, pulled live. No screen-hopping, no stale export.
A customer wants to change a shipping address after checkout. The agent checks whether the order is still eligible, then prepares the change, while HotWax holds execution behind your permissions and an approver. The agent does the legwork; a human still says yes.
An ops lead asks for all orders waiting on carrier pickup, stuck between picking and packing, or short on inventory. Instead of triaging one order at a time, the team gets the whole affected group and the reason each order stalled, across stores and warehouses.
The instinct is to give an agent broad access so it can do more. That is the wrong trade. Looking up an order is low-risk; canceling an item, rewriting a shipping address, or editing customer records is not.
The HotWax Commerce MCP Server sits between your AI agents and the OMS as a governed bridge. Agents act only within the tools you expose, inherit each user’s permissions, and route anything sensitive through approval and human review. You expand what AI can do without handing over the operational keys.
AI agents earn their place when they work inside your real systems, not around them. Give them governed access to live OMS context and they move from plausible-sounding to genuinely useful, grounded in order status, inventory, fulfillment exceptions, and actions staged for your approval.
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See how the HotWax Commerce MCP Server connects your AI agents to live retail data on your own order flows. Book a demo for a live walkthrough.
It is a connection built on the Model Context Protocol (MCP) that gives AI agents secure, scoped access to live data in the HotWax Commerce OMS, across the order, inventory, and fulfillment capabilities you approve.
No. Sensitive actions such as cancellations and address changes are prepared by the agent but stay behind your permissions, approvals, and human review. You decide what each agent can touch, by role and use case.
Any custom agent or assistant that supports MCP, including experiences built on ChatGPT, Claude, Gemini, and Perplexity, through one connection rather than a separate integration per tool.